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Research: Hydrogen from Methane Pyrolysis: The Global Hydrogen Production Technologies (HyPT) Center is funded by CSIRO to support 1 x full-time PhD student to develop new understanding and
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physical attributes will support and improve the mapping of seagrasses. · Develop machine learning models and object-based image processing algorithms to differentiate and identify seagrass habitat
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approaches to modelling CO2 injectivity. The successful candidate will work with researchers at the University of Adelaide and Shell Global Solutions to develop an analytical tool that predicts the nature
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manufacturer of hand-held metal detection technologies, has collaborated with researchers at the University of Adelaide to develop this industry PhD opportunity, to explore the use of semi-autonomous robots
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to develop innovative techniques for the extraction and concentration of the Pb-210 radioisotope and explore its potential for utilization in a variety of new energy technologies. This industry-linked position
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or the surrounding soil. This PhD project aims to radically improve the end-of-life management of WTS and develop a novel medium by combining the WTS with other sustainable materials, such as rock dust or recycled
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related field. Responsibilities: Conduct a literature review on the state-of-art battery degradation models for heavy-duty off-road vehicles with a focus on mining applications. Develop and validate physics
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Student to develop skills in material and soil science, environmental chemistry, analytical techniques and soil management. It also provides an opportunity for the Student to work with RemBind